Zhejiang Hisylife Commodity Co.,Ltd

Company Details

  • Business Type : Manufacturer
  • Location : Zhejiang
  • Year Established : 2012
  • Number Of Employees : 51 - 100
  • Export Percentage :
  • Production Lines :
  • R&D Staff :
  • Total Annual Revenue :
  • Main Products : Fast Food Tray,Hotel Tray,Plastic Tray,Snack Plate,Snack Tray,Cutting Board,Chopping Block,Chopping Board,Cutting Block,Pizza Pan,Piz Plate, Pizza Tray
  • Country/Region : China
  • Links : China Furniture & Furnishings, China Home Furniture,
  • Company Introduction

    To be in a High Quality,Easy life is what's our HisyLife aims to.HisyLife is one of the most professional manufacturers in Hotel Trays,Plastic plates,plastic snack tray,Chopping Block,Cutting Board and Pizza Pan,Piz tray etc other plastic household utensils.HisyLife supplies a healthy, fun and environmentally friendlier household utensils.We have now broadened our HisyLife horizons and now offer not only plastic trays in hotel,and also in chopping block of kithchenware and pizza pan and others in baking-ware.HisyLife is available through a wide range of retail outlets such as superstores, marketplace,supermarket,shopstores,hotel,kitchen shop,Chandlery,general stores,grocers, outdoor sports and gift stores and other shops.Safe, Healthy, Environmentally Friendlier and top quality is our aim to make our products.And to make the biggest brands in commodity Industrial!Chat us now!

    Company Information

  • Contact Person : Jane Yeong
  • Job Title : Sales Manager
  • Telephone :
  • Fax Number :
  • Address : Mantang Industry Zone,Yongkang City,Zhejiang,China Jinhua, Zhejiang
  • Fax : 86 - 579 - 87159100
  • Website : Visit website
  • Company Product

    • Fiber Glass Hotel Plate Fast Food Tray in Food Grade
    • Food Grade Fiber-glass PP Fast Food Tray Serving Tray
    • Non-stick Pizza Pan in Food Grade with Sizes
    • PE Cutting Board in Food Grade for Daily Use
    • PE Plastic Cutting Block in Food Grade and Daily Use
    • Plastic Cutting Board in Food Grade and Most Thickness